JPH09207943A - Collapsible inner partition for container - Google Patents

Abstract

PROBLEM TO BE SOLVED: To form containing pockets for articles having a deep bottom and easily set them widely or compactly and easily and inexpensively produce them, by partitioning a container to form a lattice with both longitudinal and latidudinal plates in an expanded condition of the container charged with the partitions. SOLUTION: Longitudinal plates 2 and latitudinal cardboard plates 3 arranged between the longitudinal plates to cross them at right angles and partition the breadthwise direction of the longitudinal plates, are assembled to form a lattice. Connection strings 5 are provided to pierce the core holes 4 of the latitudinal cardboard plates 3 laterally arrayed in rows and fixed at both ends so as not to slip off. The latitudinal plates are connected to the longitudinal plates so as to erect or tumble them and further both plates can be superposed with each other to form a contracted set.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention stores a group of articles such as automobile parts and machine parts, mounts them on a container for carrying and storing, and stores the articles in an article storage pocket. The present invention relates to a foldable partition for a container that can be folded compactly after taking out the article. In addition, the container in the present invention refers to a rectangular box-shaped container that is mainly in the shape of a bucket of a rectangular cube surrounded by a resin plate and that stores machine parts, small materials, and the like.

[0002]

2. Description of the Related Art Conventionally, when carrying or storing tangible solids such as automobile parts or small equipment articles, a separate partition is attached to the container, and an article storage pocket provided in the partition. In addition, a method of accommodating a stored article and storing it in a container has become widespread. The inner partition is a compact foldable container when it is not in use and removed from the container in order to eliminate the empty volume occupied by the empty one that has taken out the goods and to improve the efficiency of storage and transportation of the aerial partition. A folding partition that can be set is used.

That is, the folding partition has a partition plate separating structure in which a pocket partition plate standing on a bottom plate placed on the bottom of the container to partition an article storage pocket can be taken out from the bottom plate. Alternatively, a partition plate laid structure in which the partition plate can be laid down on the bottom plate is used.

[0004]

The former partition plate separating structure of the above-mentioned conventional folding and partitioning is troublesome and time-consuming for the partition plate to be detached from the bottom plate and to be folded and set, and at the same time, to be put into the container. It is necessary to assemble and set the partition plate and the bottom plate before storing, so the work of preparation for use by the folding set and assembly is complicated, and it is not suitable for repeated transportation of automobile parts etc. using a large number of containers. There are difficulties.

In the latter partition plate laid structure, when the partition plate is laid down on the bottom plate and folded, if the length of the folded product becomes enormous, the handling property is significantly deteriorated. The height of the board is limited. Therefore, there is a problem that a deep goods storage pocket cannot be set.Furthermore, the conventional folding intermediate partition requires a dedicated mold for punching out the partition plate from the plate material, or combining the partition plate into an intermediate partition body. The work of setting is complicated and the cost is high. The present invention provides a collapsible partition for a container that overcomes the above-mentioned drawbacks of the prior art.

[0006]

SUMMARY OF THE INVENTION The folding inner container for a container according to the present invention which solves the above technical problems is described as "a container is detachably mounted in a box-shaped container and is stored in the container in an expanded state. In a folding partition for a container in which a group of pockets is compartmentalized and can be folded compactly, a warp plate of one plate and a corrugated cardboard plate that is connected between the warp plates and can be undulated with respect to the warp plate. A folding partition for the warp-weft structure, which consists of a combination of the weft plate and a connecting string that is inserted through the inner hole of the corrugated board of the weft plate and is connected and set together. ,

"In a foldable partition for a container, which is detachably mounted inside a box-shaped container, forms a group of article storage pockets inside the container in an expanded state, and is a compact slot that can be reciprocally slotted into each other. The partition plate is formed by combining the grooves in a grid pattern, and the partition plates are combined in a grid pattern, and at least one of the partition plates is a corrugated board, and the partition board is connected by a connecting string that is passed through an inner hole of the corrugated board. It is a folding partition with a partition plate structure of "structure that is combined and set in a grid pattern."

In the folding partition of the present invention described above, a corrugated board is used as a plate for partitioning and forming a group of article storage pockets, and the corrugated board is connected and set by a connecting string which is passed through the central hole of the corrugated board to expand or contract. It is characterized by a structure that allows it to be freely set, and in the case of the warp plate / weft plate structure, the cord hole on the warp plate side is oval, and the connecting cord passing through the cord hole can slide in the width direction of the warp plate. In some cases, the structure can be made more compact in the folded posture. Incidentally, the corrugated board in the present invention is a known corrugated board having a middle shin hole penetrating in the left and right direction in the middle shin part of a plate body having a "center shin" such as a corrugated plate between the liners of the cover. Thus, resin, paper or thin metal plate is used.

[0009]

The folding partition for a container according to the present invention having the above-described structure is a set for connecting "lathe board, warp plate or partition plate" forming a group of article storage pockets by a connecting cord which is passed through the inner perforation of a corrugated board. Therefore, when taken out from the container, the "weft plate / warp plate" or "compartment plate mutual" can be bent and bent 180 ° at the joint portion and can be folded and set in an extremely compact manner by stacking them. When the weft plate stands upright with respect to the warp plate or when the partition plates are mounted in an enlarged posture in which they are orthogonal to each other, the ends of these plates contact the inner wall of the container. Restrain the freedom, so the expansion posture is fixed,
A stable group of article storage pockets can be formed.

Since the folding set allows for compact and compact setting, the height regulation of the warp plate, the weft plate or the partition plate can be relaxed and a deep bottom type article storage pocket for storing high articles can be set. become. And
For the combination set using the corrugated board, it is only necessary to cut the standardized and mass-produced corrugated board to the required size and set the combination through the connecting cord, and the folding partition is easier to form than the conventional structure. Can be molded at low cost.

[0011]

BEST MODE FOR CARRYING OUT THE INVENTION The folding partition of the present invention is
It is carried out as in the following examples.

[0012]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS First, an embodiment of the folding intermediate partition 1 of the warp plate / weft plate structure to be mounted on a container for distribution and transportation of automobile parts will be described with reference to FIG. That is, in a container 1 for storing stored articles in and out of a rectangular box, and in an expanded state, a compartment 1 for partitioning and molding the article storage pocket 6 in the container 10, which is a vertical partition of the container 10. A plurality of warp plates 2 which are composed of a warp plate 2 of a single-board-shaped corrugated board which is positioned in the direction and a weft plate 3 of a corrugated board which is provided between the warp plates 2 to partition the width direction of the warp plate 2. A weft plate 3 is arranged between the plates to form a single partition 1.

In the expanded state, along the center line 13 passing through the thickness center of the horizontal series of the weft plates 3 which are in the orthogonal posture with respect to the warp plate 2, common to the center hole 4 of the weft plate 3. The connecting cords 5 are passed through, and the connecting cords 5 are locked and prevented from coming off from the warp plates 2 at both ends through the cord holes 7 formed in the respective warp plates 2.
Then, as shown in FIG. 1 (A), the combination set by the connecting cords 5 makes the warp plate 2 and the weft plate 3 orthogonal to each other, and the weft plate 3 stands upright with respect to the warp plate 2. Then, the space defined by the warp plate 2 and the weft plate 3 becomes the article storage pocket 6, and the weft plate 3 is separated from the warp plate 2.
By folding and stacking, you can fold and set the whole compact and compact as shown in Fig. 1 (D).

The partition 1 is mounted in a container 10 in an expanded posture, and automobile parts are stored in an article storage pocket 6 for transportation and storage, and after the article is taken out, a compact reduction set is made. Then, the container 10 and the partition 1 after carrying the article are made smaller by storing them in the storage part of the folding container, the load is emptied, and the return transportation is used efficiently. The corrugated board of this embodiment is a known corrugated board made of resin, in which the spaces between the liners 11 on the cover are connected by the "middle shin 12" and the "middle shin hole 4" is penetrated in the lateral direction.

In the embodiment of FIG. 1 described above, the warp plate 2 and the weft plate 3 connected by the connecting cord 5 can be bent and bent by 180 ° with respect to each other. It can be set in a compact posture by sandwiching the plate 3 and stacking the weft plate 3 and the warp plate 2. In the container 10, both ends of the warp plate 2 are joined to the inner wall of the container 10 to regulate the movement, so that the expanded posture is fixed and the group of article storage pockets 6 can be set and secured in an orderly manner. Since the standardized and mass-produced corrugated board can be manufactured by simply cutting it to the required size and locking it through the connecting string 5, the partition 1 can be easily formed and can be provided at a low cost, and the work of enlarging / reducing the set. Makes it extremely easy,
The work of accommodating a large amount of automobile parts in the container 10 and repeatedly carrying it as a "return box" is extremely efficient.

Next, another embodiment of the warp plate / lathe plate structure will be described with reference to FIG. That is, as in the embodiment of FIG.
In the corrugated board consisting of the weft plate 3 and the warp plate 2, the warp plate 2 of this embodiment is a normal resin plate body, and the connecting cord 5 is used.
The string hole 7 through which the thread passes is an elliptical shape, and when the warp plate 2 and the weft plate 3 are folded and set, the connecting string 5 slides in the cord hole 7 to join the weft plate 3 to the warp plate 2. 8 is formed so that it can be slid and transferred to the warp plate 2 by a slight amount in the direction of the arrow in the figure.

In the embodiment of FIG. 2, if the length of the cord hole 7 is made equal to the length of the weft plate 3, the wed is placed in the warp plate 2 which is contracted and set by the sliding. Since the plate 3 can be stored, the size of the reduced set is further miniaturized. Reference numeral 14 in the figure is a locking portion for preventing the connecting string 5 from coming off in the string hole 7.

Next, one embodiment of the partition plate structure will be described in detail with reference to FIG. That is, a partition plate 16B having a slot groove 15 cut in the upper half portion and a partition plate 16A having a slot groove 15 cut in the lower half portion are combined. 16
In the folding partition 1 for a container in which the A and 16B are combined and set in a lattice shape and the divided space is used as the article storage pocket 6, the divided plates 16A and 16B are made of corrugated cardboard similar to that of the embodiment of FIG. In the combined posture, the partition string 16B is divided by the connecting string 5 which passes through the middle hole 4 of the partition plate 16B, traverses the horizontal series of partition plates 16B, and passes through the string holes 7 of the partition plate 16A orthogonal to the partition plate 16B. The plates 16A and 16B are connected so as not to come off from each other and to be bendable. And this connecting string 5 is a partition plate 16B.
It is provided near the top of. And container 10
When taken out and pressed against, the partition plates 16A and 16B, which are integrally connected by the connecting string 5, are easily overlapped with each other to be compact and can be reduced and set.

In the embodiment of FIG. 3 described above, the upper half portion of the partition plate 16B, which has the slot groove 15 in the upper half portion and has no locking force with the partition plate 16A, and is easily fallen down by an external force, is connected. Since the string 5 is coupled and locked to the partition plate 16A, when a high-posture article is stored and transported, rattling of the article due to transportation vibration is prevented, and stability of the article storage posture is improved. Then, when taken out from the container 10, the partition plates 16A and 16B are prevented from being "disassembled", which makes it easy to handle the partition 1 and, like the conventional structure, can be disassembled immediately before use. The complicated work of assembling the partition plates or putting the partition plates into “separated” and storing and setting after taking out the articles becomes unnecessary.

The folding partition 1 of the present invention is
Not limited to the above-mentioned embodiment, the warp plate 2 and the partition plate 16A which do not allow the connecting cord 5 to pass through the middle shin hole 4 may be ordinary plates which are not corrugated boards. Further, although not shown, a known folding container that can be folded and set compactly. If you use it, the partition of the folding set can be stored in the empty space of the container in the folding position, so it can be used more effectively.

[0021]

As described above, the folding partition for a container according to the present invention enables the storage of high-posture articles and further improves the performance. In addition, it is easy to mold and provided at a low price, and it is easy to operate the expansion set and the reduction set, improving the convenience of storing and transporting a large number of items by containers, and the productivity of distribution and transportation of a large number of items such as automobile parts. There are various effects to improve.

[Brief description of drawings]

FIG. 1 shows a folding middle partition according to an embodiment of the present invention,
(A) is a perspective view in a state of being put in a container, (B) is a partial side view, (C) is a side view of a weft plate, and (D) is a side view in a reduced set state.

2A and 2B show a folding partition according to another embodiment of the present invention, in which FIG. 2A is a perspective view of an enlarged state thereof, FIG. 2B is a front view of its warp plate, and FIG. , (D) is a side view of the reduced set

FIG. 3 shows a folding partition according to another embodiment of the present invention, where (A) is an individual perspective view of a partition plate, (B) is a perspective view in a state of being put in a container, and (C) is a reduced set state. Side view of

[Explanation of symbols]

 1 Folding middle partition 2 Warp plate 3 Weft plate 4 Middle shin hole 5 Connecting string 6 Article storage pocket 7 String hole 8 Joining point 10 Container 11 Liner 12 Middle shin 13 Center line 15 Slot groove 16A ・ 16B Partition plate

Claims (3)

[Claims] 1. A foldable partition for a container, which is detachably mounted inside a box-shaped container, compartment-molds a group of article storage pockets inside the container in an expanded state, and is compactly foldable. A combination of a warp plate of one plate and a weft plate of a corrugated board which is connected between the warp plates and can be undulated with respect to the warp plate, and is connected through the middle hole of the corrugated board of the weft plate. A foldable partition for a container characterized by a structure in which the warp plate and the weft plate are combined and set by a string. 2. The folding partition for a container according to claim 1, wherein the cord hole of the warp plate is formed into an oval shape, and the connecting cord passing through the cord hole is configured to be slidable in the width direction of the warp plate. 3. A foldable partition for a container, which is detachably mounted inside a box-shaped container to form a group of article storage pockets inside the container in an expanded state and which is compactly foldable. The partition plates are composed of partition plates which are combined in a grid pattern by engaging the slot grooves, and the partition plates are combined in a grid pattern, and at least one of them is a corrugated board. Folding partition for containers, which features a structure in which plates are combined in a grid and connected together.